Distributed Systems and Scalability, Replication, Dependability, Fault Tolerance, and Security

Applied Distributed Systems

Table of Contents
INTRODUCTION...........................................................................................................................3
Tasks................................................................................................................................................3
1. Distributed Systems including a system architecture..............................................................3
2. Define the terms scalability, replication, dependability, fault tolerance with metrics to
measure, and security in relation to distributed systems.............................................................5
3. Cyber Physical Systems (CPS) and Edge computing with some examples............................8
Conclusion.......................................................................................................................................9
REFERENCES..............................................................................................................................10

INTRODUCTION
In perhaps the most basic form, a distributed database is a system networked computers that
work with each other to seem to that same end customer as a single machine. These computers
share a common state, run in parallel, and can break without impacting the overall system's
availability. The firm needs to spread such database so that it may run on multiple nodes at the
very same time (Ahn, 2020). When a user puts a data into server #1, server #3 should be able to
decrypt that information as well as the customer should never be interested to understand that
manager is not connecting to a single device. In this report, Distributed Systems including a
system architecture, scalability, replication, dependability, fault tolerance with metrics to
measure, and security in relation to distributed systems. In addition, report also includes
emergent Cyber Physical Systems (CPS) and Edge computing with some examples and system
architecture including description of components in general, system characteristics, and the
prominent use of these systems along with the social impact and perception in the general
community.
Tasks
1. Distributed Systems including a system architecture.
A distributed program's architecture refers to how the parts of the software are dispersed
over several computers. It concentrates on the whole system. An improving cognitive with an
internet front-end, a program activities, as well as a databases is an instance.
The software design informs users on the logical organisation of software applications, such as
how they communicate with one another, topologies, and how they would be autonomous of one
another, among other things (Amar, 2018). The emphasis is on the elements. It will be at a higher
level of complexity than the system design. A form of system design is personal attributes. The
sender and receiver are the two important characteristics of the client-server system. The servers
is where all of essential processing occurs, while the customer is really where the customer may
use the site's functions. On the distant side, there's really typically an only computer, however for
security reasons, they employ many servers with securing cloud mechanisms. This architecture
offers several advantages, including ease of construction and maintenance, as well as improved
security. However, it has drawbacks including a single solution and limited scalability. When
discussing distributed architectures, the term "architectural design" is frequently used in the